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Demographics
Population
Population Density
The Clanton Park-Roseland neighborhood in Charlotte, North Carolina, experienced population changes from 2018 to 2022. In 2022, the population was 3,188 residents, with a density of 1,785.06 people per square mile, indicating a suburban setting.
Data analysis reveals significant population fluctuations. The neighborhood reached a peak population of 4,427 in 2018, followed by a decline to 3,188 by 2022. This represents a 28% decrease over four years.
The population density figures suggest a light suburban to suburban environment. This typically indicates a mix of housing types, including single-family homes, townhouses, and potentially low-rise apartments. Such areas often have infrastructure for schools, healthcare facilities, and local commercial centers.
The estimated 1,221 housing units for the 2022 population, based on the national average household size, suggest a variety of housing options to accommodate different family sizes and lifestyles.
Clanton Park-Roseland has maintained a suburban character despite population fluctuations. This suggests the neighborhood may have attractive features that continue to draw residents.
The recent population decline could be attributed to economic changes, shifts in housing preferences, or broader demographic trends affecting the Charlotte metropolitan area. The decline coincides with the COVID-19 pandemic, which may have influenced housing and migration patterns.
Despite the recent population decrease, the neighborhood's density indicates an active, community-oriented environment. Residents in such areas typically have access to local businesses, community centers, and recreational spaces.
Clanton Park-Roseland presents a case of a suburban neighborhood experiencing demographic shifts. While recent trends show population decline, the area maintains characteristics of a suburban community. Further investigation into local economic factors, development policies, and community initiatives would provide additional insights into the neighborhood's evolution.